72 stories tagged charging-infrastructure on EV Digest.
Tesla is introducing an innovative pre-assembled Supercharger design, dubbed the 'Accordion,' aimed at dramatically accelerating charging station deployment. These compact, foldable units arrive largely pre-commissioned, significantly reducing installation time and costs. This strategic move could rapidly expand Tesla's already vast charging network, improving accessibility for EV drivers.
New York City is set to dramatically boost its public EV charging infrastructure, planning to add 600 new Level 2 curbside charging stations. This major expansion aims to address a critical need for accessible charging options, particularly for residents without private parking or home charging capabilities. The initiative will multiply the city's current curbside Level 2 stations almost nine-fold, laying groundwork for broader EV adoption.
Tesla has introduced a novel pre-assembled Accordion Supercharger design aimed at accelerating charging infrastructure buildout. This innovative modular unit allows for quicker installation, especially in urban environments or sites where traditional, curb-adjacent Supercharger stalls are not feasible. The new design signifies a strategic move to expand the network's reach and simplify deployment logistics.
New York City has partnered with Brooklyn-based company it's electric to significantly expand its permanent curbside EV charging infrastructure. This initiative will see the installation of almost 700 Level 2 charging points throughout all five boroughs over the next three years, making EV ownership more accessible for urban residents.
Forty new electric school buses are rolling out in New York City, marking a significant step in electrifying the city's school transportation fleet. The rollout includes a novel charging infrastructure project by First Student, designed to reduce installation costs by 20% through smart energy management.
New York City has partnered with Brooklyn-based 'It's Electric' to significantly expand its EV charging infrastructure. This initiative will see the deployment of 700 new curbside chargers across the five boroughs over the next three years, making public charging more accessible for city residents.
A new report from charging network ChargePoint reveals that the demand for electric vehicle charging infrastructure is rapidly outpacing current supply, creating a critical bottleneck for EV adoption. This trend is evident across North America, as more drivers transition to electric vehicles, intensifying the need for accelerated build-out of public and private charging solutions.
Archer Aviation and BETA Technologies are spearheading a new initiative, America's Consortium for Electric Skyways (ACES), to build out critical charging infrastructure for electric air taxis. Their initial focus is on electrifying up to 250 sites at major airports and metro areas across the U.S. over the next decade, beginning with Texas.
Innovative extrusion and co-extrusion manufacturing processes are proving critical for developing integrated components in EV charging stations. These methods efficiently produce complex, multi-functional profiles that improve thermal management, electrical conductivity, and sensing capabilities, addressing key safety and performance needs for charging infrastructure.
EVgo has announced a significant expansion of its DC fast charging infrastructure, adding over 400 new stalls at Regency Centers' grocery-anchored shopping locations across the U.S. This move strengthens an existing partnership and aims to make EV charging more accessible and convenient for shoppers. The collaboration focuses on placing high-speed chargers where consumers are already spending time on daily errands.
As Tesla expands its robotaxi network, the company has filed plans for a new Supercharging station exclusively for its driverless fleet. This strategic infrastructure development indicates Tesla's commitment to scaling its autonomous ride-hailing services by ensuring its robotaxis have dedicated, efficient charging access.
A new study reveals a significant uptick in American consumers' desire for electric vehicles, with improved charging accessibility being a key driver. While gas prices continue to play a role, the growing reliability and reach of EV charging networks are strongly influencing purchasing considerations across the U.S.
Tesla is reportedly developing exclusive Supercharging stations to support its upcoming robotaxi service. These dedicated charging hubs aim to streamline operations and ensure autonomous vehicles are always powered, moving away from current manual charging practices at public stations.
ETEK Electric has unveiled a new range of DC fast chargers, offering solutions for various EV charging needs. Their portfolio includes everything from compact 20 kW units for smaller applications to high-power 600 kW split systems designed for larger commercial and fleet operations. All chargers are compliant with OCPP 1.6J and support multiple connector standards, including CCS1, CCS2, GB/T, and CHAdeMO.
Lincoln Electric is highlighting its Velion DC fast charger line, designed to meet the rigorous demands of electric vehicle fleet operations. These chargers offer dynamic power sharing and energy optimization, enabling fleets to reliably power multiple vehicles simultaneously and adapt to changing schedules.
Public agencies across Florida, including state and local government entities, can now more easily procure electric vehicle charging equipment. Through the Florida Sheriffs Association Cooperative Purchasing Program, Verdek has been added as a pre-qualified vendor, simplifying the acquisition process for EVSE hardware and related services. This initiative aims to accelerate the deployment of charging stations for municipal fleets and public facilities statewide.
Hyundai Motor Group has signed historic agreements with Oman's Ministry of Transport, Communications and Information Technology to advance green mobility solutions under the nation's Vision 2040. Key initiatives include the launch of Oman's first hydrogen city bus service in Muscat and a partnership to develop 240kW ultra-fast EV charging infrastructure across the country. This collaboration highlights a strategic push to integrate sustainable transportation technologies in the Middle East.
The Boise School District is set to integrate eight new electric school buses into its fleet for the 2026-27 school year, a move enabled by a significant grant from the Environmental Protection Agency. This initiative, a collaboration with Durham School Services and Highland Electric Fleets, includes the installation of necessary charging infrastructure to support the transition.
San Francisco is taking steps to expand public charging access, with a new program allowing residents to request curbside EV chargers near their homes. This initiative seeks to address the lagging pace of urban charging infrastructure in the U.S., where many EV owners lack dedicated home charging solutions.
The City of Santa Monica is accelerating its public transit electrification efforts, collaborating with ChargePoint and Eaton to outfit its Big Blue Bus depot with robust EV charging infrastructure. This partnership is a key step towards the Santa Monica Department of Transportation's ambitious goal of achieving a fully zero-emission bus fleet by 2032, serving the city and surrounding Los Angeles County area.
An Austrian company has unveiled an automated NACS charging dock designed to power Tesla's future robotaxi fleet without human intervention. This innovative system aims to streamline operations for autonomous vehicles by providing a hands-free charging solution, potentially beating Tesla to the punch with a key piece of infrastructure.
San Francisco is rolling out a new citywide program designed to streamline the installation of public curbside EV chargers. This initiative empowers residents by allowing them to directly influence where these critical charging stations are deployed in their neighborhoods. It aims to accelerate charging infrastructure growth and address 'range anxiety' for urban EV drivers.
PowerFlex, a provider of smart energy and EV charging systems, has acquired The Mobility House North America. This strategic move aims to combine their expertise in fleet charging and energy management, offering a more comprehensive suite of software and infrastructure solutions to customers. The acquisition is set to accelerate the development of cleaner, more efficient energy and EV charging options across North America.
A monumental initiative is in motion to establish a dedicated zero-emission heavy-duty vehicle (ZE-HDV) corridor spanning the entire West Coast of North America, from British Columbia to Baja California. This ambitious project aims to support hydrogen fuel-cell electric trucks and battery-electric trucks by deploying a network of megawatt charging stations and hydrogen fueling infrastructure across three countries.
Blink Charging has introduced EnergyConnect, an advanced energy management system designed to optimize existing electrical infrastructure for EV charging. This new platform empowers site operators to efficiently allocate power, ensuring maximum charging capacity without the need for costly grid upgrades. It offers enhanced visibility and control over energy usage across multiple charging stations.
Voltpost, known for integrating EV charging into streetlights, is expanding its infrastructure solutions with new charger designs. The company is developing units that can be quickly installed in residential garages and on apartment building walls, addressing critical charging accessibility needs in urban environments.
Denver Public Schools (DPS) is expanding its commitment to electrifying student transportation, now operating 28 electric school buses within its fleet. To support this growth, DPS has implemented a comprehensive DC fast charging solution from Kempower at its Hilltop Bus Terminal. This upgrade provides essential infrastructure for the district's clean-energy vehicles, ensuring reliable charging for daily operations.
New data from Kempower's North American network reveals that the number of available charging ports at a site significantly impacts its usage. This suggests that expanding charger capacity through multiple plugs can be more crucial for driver adoption and station efficiency than merely increasing power output.
ChargePoint has unveiled a new DC fast charging solution at Portland International Airport, specifically designed for rental car operations. This system features an innovative overhead cable management setup, optimizing space and efficiency within the airport's Quick Turnaround Facility. The installation aims to streamline the charging process for rental EV fleets, enabling quicker turnarounds and improved operational flow.
ABB E-mobility has teamed up with SaveMoneyCutCarbon (SMCC) to bolster the deployment of DC fast charging infrastructure across the United Kingdom. This collaboration positions SMCC as a certified channel partner, providing a full suite of services from design and installation to ongoing maintenance for ABB's charging solutions.
Across cities like Nairobi and Johannesburg, traditional petrol stations are evolving into diverse energy centers, adopting innovative approaches to EV charging that go beyond simply installing Western-style fast chargers. This transformation caters to local needs, integrating various power sources and business models for future mobility on the continent.
A recent study indicates a positive trend in the dependability of public electric vehicle charging infrastructure across the U.S. This improved reliability is a critical step towards easing range anxiety and encouraging wider EV adoption among consumers. The findings suggest that investment in maintenance and network expansion is beginning to pay off, making the public charging experience smoother for drivers.
As electric commercial vehicles gain traction, the need for rapid charging solutions becomes critical for fleet operators. This technical deep dive explores the burgeoning demand for megawatt charging (MCS) technology, outlining the significant performance advantages, cost considerations, and technical challenges involved in its widespread implementation.
Heron Power is planning a $100 million manufacturing facility in Michigan, focusing on components crucial for modernizing the electric grid. This investment aims to bolster infrastructure needed to support increased electric vehicle charging demands and integrate renewable energy sources more effectively.
Speculation around the long-awaited Tesla Roadster's production timeline is heating up again, while Kia confirms its new EV3 compact SUV will arrive in the United States market. This news comes as a growing trend sees traditional gas pumps being swapped out for EV charging infrastructure, signaling a significant shift in the automotive landscape.
The electric vehicle charging industry, like the 'pick-and-shovel' vendors during the gold rush, is finding it harder to secure traditional project financing. As interest rates rise and infrastructure projects become more complex, developers are increasingly turning to 'seller financing' from equipment manufacturers to get projects off the ground. This shift could impact the pace and cost of EV charging network expansion across North America.
The prevalence of range anxiety remains a significant hurdle for many potential electric vehicle buyers. While often a misconception, addressing this concern is crucial for accelerating EV adoption across the nation. Enhancing public charging visibility and reliability could effectively alleviate consumer worries and bolster confidence in long-distance EV travel.
As extreme heat events become more common, the reliability of power grids faces increasing strain, impacting various generation sources. This analysis of how nuclear, gas, wind, and solar power plants are affected by heatwaves provides crucial insights for maintaining stable energy supply, particularly as EV adoption rises and charging demand grows. Understanding grid resilience is vital to ensure robust infrastructure for future electric vehicle charging needs.
A new survey by BTC Power offers fresh insights into why businesses are deploying EV charging infrastructure and their perspectives on future government incentives. The findings suggest a maturing commercial EV charging sector, where infrastructure is now seen as critical, but companies are still evaluating ROI and policy support.
A new Finnish company, Kemplink, has emerged from technology firm Kemppi Group, specializing in high-power DC fast charging solutions. The startup aims to address current and future infrastructure needs by developing advanced cables, connectors, and supporting systems for both passenger EVs and heavy-duty electric transport.
A German company has unveiled an all-in-one mobile solution designed to efficiently test and validate EV charging stations. This innovative device combines functional testing, communication analysis, and electrical safety checks into a single unit, promising to simplify and accelerate the deployment of reliable charging infrastructure.
While plans for more flexible power grids are proliferating, actual grid infrastructure and market mechanisms are lagging, creating challenges for the energy transition. The increasing adoption of electric vehicles and renewable energy sources necessitates a more adaptive grid capable of handling fluctuating demands and diverse power inputs. This disconnect between planning and implementation risks bottlenecks in EV charging infrastructure and overall grid stability.
The former Madison Paper Industries mill in Madison, Maine, is being revitalized by a new owner, ND Paper, which has invested in the facility. While the paper mill itself was once the town's primary economic driver, new ventures, including a manufacturer of EV charging infrastructure, are emerging to diversify the local economy. This shift highlights a growing trend of former industrial sites being repurposed for advanced manufacturing in the clean energy sector.
Finnish DC fast-charging manufacturer Kempower has launched a new leasing program in the UK, designed to lower the initial capital expenditure for charge point operators. This financial model aims to accelerate the rollout of crucial charging infrastructure across the region by making its hardware more accessible. The program effectively mitigates the high upfront costs traditionally associated with installing advanced charging solutions.
The Canadian province of New Brunswick is dedicating $6 million towards bolstering its electric vehicle presence. This investment will expand the provincial EV fleet and significantly grow its public charging network, including 16 new DC fast charging stations and additional charging ports in provincial parks.
Canada's federal government announced significant funding in July, dedicating close to $90 million towards advancing the country's electric vehicle ecosystem. These investments are slated to bolster EV supply chains, expand charging infrastructure, and support grid modernization projects nationwide. The move underscores Canada's commitment to accelerating EV adoption and building out domestic capabilities.
Canada is boosting its electric vehicle infrastructure and adoption efforts with a significant investment aimed at enhancing public charging networks. This funding also supports educational programs designed to familiarize more Canadians with the benefits and practicalities of owning an EV, helping to accelerate the national transition to electric mobility.
As electric vehicle platforms evolve to support higher voltages and megawatt charging, the testing infrastructure required to validate these systems is falling behind. This gap creates significant challenges for engineers in ensuring the reliability, performance, and grid compatibility of next-generation EV charging technology. Ensuring safe and effective real-world testing is critical to prepare for widespread deployment of these powerful charging solutions.
The increasing adoption of electric vehicles is placing new demands on the grid, highlighting the need for advanced energy solutions. Virtual power plants, alongside utility-scale battery storage and distributed energy resources, can enhance grid stability and reliability. These technologies can help manage the fluctuating energy demands from EV charging, reducing reliance on traditional fossil fuel power plants.
Yokogawa Test & Measurement has launched the WT1500, a four-channel power analyzer capable of directly measuring up to 2,000 V DC. This eliminates the need for external high-voltage dividers in test setups, streamlining the process for electrified vehicle components and other high-power applications. The WT1500 extends the company's WT series into advanced high-voltage testing scenarios crucial for EV development.
Illinois has officially launched its first EV charging station funded by the federal National Electric Vehicle Infrastructure (NEVI) program. This marks a significant step in expanding the state's charging infrastructure, with high-speed chargers now operational at a Phillips 66 Mach 1 station in Casey, IL. This debut facility will help pave the way for more reliable public charging options across the state.
The Tesla Diner Supercharger station, located in West Hollywood, provided more electricity than any other Supercharger site worldwide during its inaugural year. This unique location, combining charging with dining, logged an average of 1,600 charging sessions daily, highlighting strong demand for combined amenities.
As electricity demand and costs climb nationwide, several states are distinguishing themselves through forward-thinking energy policies. These states are prioritizing smart grids, renewable energy integration, and EV charging infrastructure to meet consumer needs and environmental goals. Their efforts offer a blueprint for other regions grappling with similar challenges.
The previous administration's proposed cuts to wildfire research at the Environmental Protection Agency and Forest Service could have significant consequences for the safety and resilience of EV charging infrastructure. Worsening wildfires, exacerbated by climate change, pose direct threats to grid stability and can damage physical charging stations, particularly in fire-prone regions. Understanding wildfire patterns and mitigating their effects is crucial for protecting the growing network of EV chargers and ensuring reliable electric vehicle adoption.
A new brief from the Canadian Charging Infrastructure Council (CCIC) suggests that ambitious greenhouse gas emission standards could unlock a significant C$21 billion investment into Canada's EV charging network. This projection highlights the potential for robust policy to drive critical infrastructure development necessary for widespread electric vehicle adoption.
The United States has surpassed a quarter-million electric vehicle charging ports, marking a significant milestone in infrastructure development. While this number reflects rapid growth, concerns persist regarding the equitable distribution and reliable functionality of these chargers to meet burgeoning EV demand nationwide.
The U.S. public fast-charging network is evolving beyond pure expansion. A new report indicates a shift towards improving charger reliability, enhancing the customer experience, and establishing sustainable business models for charging providers. This transformation is being dubbed the 'Charging 2.0' era for electric vehicle infrastructure.
Tribal Nations and Indigenous organizations across North America are at the forefront of clean energy development, implementing strategies that blend traditional values with modern technology. These initiatives not only aim for energy independence and economic growth within their communities but also include significant investments in electric vehicle charging infrastructure.
While the pace of overall electric vehicle sales has leveled off, the deployment of charging infrastructure is surging nationwide. Businesses, particularly in Southern states, are actively installing EV chargers to attract and serve a growing customer base, indicating robust sustained investment in the charging ecosystem.
ChargePoint is significantly expanding the charging infrastructure for electric vehicles in the southeastern United States through a deepened partnership with Optimus Energy Solutions. This collaboration will lead to the installation of more than 200 new public charging ports, making EV travel more convenient for drivers in the region. The initiative underscores the ongoing effort to build out a robust charging network that supports the growing adoption of electric vehicles.
Voltpost is collaborating with InCharge Energy to deploy its innovative lamppost and utility pole-mounted EV chargers in additional U.S. urban areas. This expansion aims to simplify charging access in densely populated regions, beginning with installations in New York, Connecticut, and California.
Heliox, a Siemens company, has launched its new H60D dual DC fast charger, offering 60 kW of output power in a compact design. This new hardware aims to provide greater flexibility for various EV charging applications, allowing for more cost-effective and tailored installations.
The California Air Resources Board (CARB) is advancing its "Drive Forward" initiative with a public workshop focused on new standards and strategies for heavy-duty electric vehicles. This session aims to gather public input on proposed regulations designed to accelerate the transition to zero-emission trucks and buses, alongside developing necessary charging infrastructure.
Copper theft from EV charging infrastructure is a growing problem, costing charger operators significant money in repairs and lost revenue. A new security system from Farmblox aims to protect charging stations from vandalism and the costly replacement of stolen cables.
Pionix, the company behind the open-source EVerest charging stack, has introduced Pionix Cloud, a new white-label device backend designed specifically for EV charger manufacturers. This platform aims to simplify the ongoing management and support of EV charging hardware after it's deployed in the field. By providing a comprehensive support solution, Pionix Cloud enables engineering teams to effectively address issues that arise post-production.
Europe is experiencing increasingly severe heat waves, reminiscent of the deadly 2003 event. This puts modern infrastructure, including the burgeoning EV charging networks, under unprecedented strain as demand for cooling and charging simultaneously rises. The effectiveness of the continent's protective measures and charging resilience will be crucially tested.
The electrification of heavy-duty trucking is hampered by a severe lack of adequate charging infrastructure. While fleet operators are eager to transition, the current grid and charging solutions are insufficient to meet the demands of long-haul routes and rapid turnaround times. This bottleneck jeopardizes emissions reduction targets and the overall viability of electric freight transport.
The transition to electric trucks is proving more challenging than anticipated, with fleets encountering significant hurdles that may delay widespread adoption. Despite promising early tests, operational realities are slowing down the shift from diesel to electric for commercial transportation.
ComEd and the Metropolitan Mayors Caucus have celebrated nine communities in Northern Illinois for successfully completing the 2026 EV Readiness Program. This initiative helps local governments implement policies and infrastructure to support the growing adoption of electric vehicles in their areas.
Colombia has unveiled an ambitious plan to electrify a major trade route between its capital, Bogotá, and the port city of Cartagena. This 750-mile 'Ruta-E' corridor will feature extensive charging infrastructure to support over a thousand electric commercial vehicles anticipated by 2032, significantly enhancing air quality and sustainable logistics in Latin America.
Electrify America is rolling out a new generation of EV charging stations, featuring a larger footprint and integrated battery energy storage systems. These innovations aim to enhance reliability and provide faster charging speeds for electric vehicle owners, starting with a new California location.
EVSE manufacturer Wallbox has generated approximately €10.5 million from Canada's clean fuel credit framework for 2025. This significant earning comes from the charging activities of Wallbox AC chargers installed across the country, all connected to the company's digital platform.
